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Subglottic stenosis is a narrowing of the airway distal to the glottis. Airway narrowing can be severe and, when coupled with pregnancy, can pose a significant threat to the mother and fetus. There is sparse literature describing treatment of these critical patients, posing a challenge for management. We describe our experience with a 31-year-old woman with idiopathic subglottic stenosis who became symptomatic during her pregnancy, requiring surgical intervention early in her third trimester. The following case report describes this patient's presentation and management, in which an awake dilation technique was used. We also include a literature review on the management of subglottic stenosis in pregnancy.

To assess how physician perspective (perspective of patient vs perspective of physician) affects Medicare resource allocation for patients with advanced cancer and compare physician allocations with actual cancer patient and caregiver allocations.Cross-sectional assessment.National assessment.Otolaryngologists.Physicians used a validated tool to create a Medicare plan for patients with advanced cancer. Participants took the perspective of an advanced cancer patient and made resource allocations between 15 benefit categories (assessment 2, November/December 2012). Results were compared with data from a prior assessment made from a physician's perspective (assessment 1, February/March 2012) and with data from a separate study with patients with cancer and caregivers.In total, 767 physicians completed assessment 1 and 237 completed assessment 2. Results were compared with 146 cancer patient and 114 caregiver assessments. Assessment 1 physician responses differed significantly from patients/caregivers in 14 categories (P.05), while assessment 2 differed in 11. When comparing physician data, assessment 2 allocations differed significantly from assessment 1 in 7 categories. When these 7 categories were compared with patient/caregiver data, assessment 2 allocations in emotional care, drug coverage, and nursing facility categories were not significantly different. Assessment 1 allocations in cosmetic care, dental, home care, and primary care categories were more similar to patient/caregiver preferences, although all but home care were still significantly different.Otolaryngology-head and neck surgery physician perspectives on end-of-life care differ significantly from cancer patient/caregiver perspectives, even when physicians take a patient's perspective when allocating resources. This demonstrates the challenges inherent in end-of-life discussions.

Little is known about what patients and physicians value in end-of-life care, or how these groups would craft a health plan for those with advanced cancer.The study objective was to assess how otolaryngology, head and neck surgery (OHNS) physicians would structure a Medicare benefit plan for patients with advanced cancer, and to compare this with cancer patient and cancer patient caregiver preferences.OHNS physicians used an online version of a validated tool for assessing preferences for health plans in the setting of limited resources. These data were compared to cancer patient and caregiver preferences.OHNS physicians nationwide were assessed with comparison to similar data obtained in a separate study of cancer patients and their caregivers treated at Duke University Medical Center.Otolaryngology physicians (n=767) completed the online assessment and this was compared with data from 146 patients and 114 caregivers. OHNS physician allocations differed significantly in 14 of the 15 benefit categories when compared with patients and caregivers. Physicians elected more coverage in the Advice, Emotional Care, Palliative Care, and Treatment for Cancer benefit categories. Patients and their caregivers elected more coverage in the Cash, Complementary Care, Cosmetic Care, Dental and Vision, Drug Coverage, Home Improvement, House Calls, Nursing Facility, Other Medical Care, and Primary Care benefit categories.Otolaryngology physicians have significantly different values in end-of-life care than cancer patients and their caregivers. This information is important for efficient allocation of scarce Medicare resources and for effective end-of-life discussions, both of which are key for developing appropriate health policy.

Objective: Compare diffuse reflectance spectroscopy signature differences between malignant and nonmalignant mucosal tissue based on primary site of origin (ie, larynx, oropharynx, oral cavity).Method: Panendoscopy with biopsy patients were eligible. Diffuse reflectance spectroscopy (DRS) data were obtained from the tumor site and corresponding normal tissue. Biomarker specific optical absorption data were extracted for malignant and non-malignant tissues. Specific differences in malignant and non-malignant tissues were examined based on primary site.Results: Patients with mucosal squamous cell carcinoma of the head and neck were enrolled in the study. Overall, our data confirm prior findings that statistically significant differences in oxygen saturation (SO2%) (P < .01) and mean tissue scattering coefficient (MTSC) (P < .01) exist when comparing malignant and nonmalignant tissue. When stratified by anatomical site, SO2% is more indicative of malignancy than MTSC in the larynx. SO2% and MTSC are equally ...

To review the accuracy and effectiveness of current technology available for computer-aided maxillofacial surgery.New developments in computer technology can help surgeons with preoperative planning and intraoperative navigation in the management of maxillofacial injuries.Computer-aided surgery is improving the surgical outcomes in maxillofacial reconstruction, particularly in complex cases. Several recent articles are presented that explore the clinical outcomes using computer-aided surgery, investigate the precision of various intraoperative optical navigation systems, compare several registration strategies and examine the impact of natural facial asymmetry on planning and reconstruction. In all cases, preoperative computed tomography (CT) data are imported to computer modeling programs in which virtual reconstructions can be performed. These reconstructions are then used by intraoperative navigation systems to guide the surgeon and increase the precision of surgical outcomes. Evaluation of various registration strategies used to orient navigation systems to patient anatomical markers demonstrates that the optimum strategy is dependent on injury type. Some degree of error when repairing maxillofacial injuries is negated by the fact that people have naturally asymmetrical craniofacial skeletons.